BMS. Samsung SDS. I nt e. Highlights. Components. Base. Energy. Facility. Integration

Transcription

1 Samsung SDS

2 Ever-evolving smart buildings require new approach. Samsung SDS will help your smart building management. As buildings grow in size and become more complex, building systems need to be smarter and more reliable. To that end, successful modern building control & management incorporates advanced technologies such as IoT, Cloud, and Big Data, in order to become more automated, intelligent, and eco-friendly. Samsung SDS Now is the time for you to innovate your buildings and to satisfy the needs of building owners, operators, and tenants with smart building solution. Requirements of smart building solution 2 Building owner Operator Tenant 3 Increased building value Increased rental income Eco-friendly building Maintenance cost reduction Efficient energy management Professional building operation Increased work productivity Efficient use of space Personalized service 4 02 Samsung SDS 03

3 Samsung SDS Ba En e se y rg Samsung SDS (Building Management Solution) is a comprehensive technology solution for reducing energy consumption and operating costs across the building s entire subsystems including HVAC and electricity. Samsung SDS tio ili g Highlights ty I nt e ra n Fa c Data analytics based building management Fault detection & diagnosis engine analyze data and provide optimal operational guidelines. Wireless networks Wireless sensors and devices improve application of mobility and flexibility. Components Monitor and control HVAC and electricity to improve operational efficiency. Analyze energy consumption pattern and identify saving opportunities, while managing energy control algorithm. Mobile devices allow quick on-site response and efficient management anywhere, anytime. Manage building facilities and resources including equipment and materials, while providing standard work procedure and equipment analysis. High availability architecture Monitor subsystems through a single point of access, and scale up to manage multi-building complex. Design and setup automation tools Standard template and automated mapping tools enable control logic and graphic design to be quick and easy, while device simulator verifies data and reduces deployment costs. Base Energy Seamless operation using mobile devices Offer strong identification and sophisticated methods for accessing to sensitive data and support redundancy for reliability. 04 Facility Integration Samsung SDS 05

4 Base is a solution that automatizes building operation. Energy is a solution for efficient energy management. Monitor HVAC and electricity in real time, enabling prompt and effective response. Manage energy consumption by analyzing data usage, while maintaining a comfortable environment. Data Collection and Trend Analysis Real-time data collection and monitoring Efficient data gathering, analysis and storage High resolution trend logs Monitoring Energy consumption monitoring and tracking Equipment operation status management Energy dashboard System Integration BACnet 1 system Industry standard open protocol support (KNX 2, XML 3, OPC 4 ) 1 BACnet: Building Automation and Control NETworks 3 XML: Extensible Markup Language 2 KNX: OSI-based network communications protocol for intelligent buildings 4 OPC: OLE for Process Control Equipment Performance Analysis Facility performance analysis based on energy consumption data Operational guidelines for energy savings Design and Setup Automation tools Standard template Control logic, graphic design mapping tool Device simulator Energy Consumption Analysis and Alarm Real-time alarm notification Easy-to-follow energy saving guidelines for non-experts Web and Mobile Support HTML5 web support Data access through mobile devices on-site or remotely Building Operation Optimization High Availability Architecture Reliable operation in a redundant system configuration System backup and restoration support Facility operation condition analysis HVAC control optimization 06 Samsung SDS 07

5 Facility is a facility management solution that supports standard work procedure. Integration is an integration solution for a single or multi-site buildings. Perform preventive maintenance on facilities and equipment based on mobile, while managing materials efficiently. Integrate HVAC, electricity, fire alarm and parking system for a single or multi-site buildings. Facility Management Standard facility categorization Facility information management Work Management Standard work procedure support Workflow based work order System Integration Real-time monitoring of system interlocking Send emergency alert notification via mobile Operation Results Analysis Operation history in chart or table form Facility maintenance management System Interlocking Scenario-based interlocking and design tool Data sharing and interaction of multiple systems Supplier and Patrol Management Supplier contract information management Security area track and patrol history Work Management using Mobile Devices Alarm notification and work order via push service Quick access to equipment and materials using QR codes and RFID Multi-site Management Remote control of multiple buildings Comparison analysis between buildings and efficient resource distribution 08 Samsung SDS 09

6 System Layers Congifuration Samsung SDS hardware consists of various controllers to integrate and control different subsystems of a building. It also supports BACnet protocol to maximize compatibility, while providing flexibility to integrate other systems. Client Layer Web Clients Mobile BACnet/IP Network Server NC-100 AAC-300 AAC-500 GM-100 Service Layer Base Energy Facility Integration BACnet MS/TP NXM-Bus NXM-Bus BACnet MS/TP VC-100 SDC-100 NXM NXM SDC-100 Operating Service NXM-Bus Control Logic Graphic Monitoring Alarm/ Fault Energy Facility Mgmt. Management System Device WPC-100 NXM-Bus NXM-IO NXM-VFD NXM- B- BXM Equipments BXM Data Analysis Scenario based Interlocking Real-time Logging DB Other Subsystems MVC-150 Inverter Digital Meter Z-THSENSOR Z-ROUTER Other Subsystems Building System Interface Honeywell Z-WPT-100 Honeywell HVAC Electricity Lighting CCTV Fire Alarm Parking Others Johnson Controls SIEMENS Johnson Controls SIEMENS 10 Samsung SDS 11

7 Network Controller IP Digital Controller The Samsung SDS network controllers are used in conjunction with a BACnet router and BBMD (BACnet Broadcast Management Device) to provide alarm monitoring, data logging, scheduling, and logic control services and integrate with other controllers though a variety of communication channels. Flash memory and battery-supported SRAM are used to prevent data loss in the event of a power shortage. It seamlessly interfaces with 3rd party controllers via industry standard open protocols using RS-485 ports. The BTL certified (B-BC) BACnet controller services BACnet request/response events with BACnet Advanced Work Stations (B-AWS) via direct BACnet I/P connection. The AAC-300 or AAC-500 features independent surveillance & control, scheduling, alarm, event management, energy management, data trend, logging and data storage. NC-100 NC-50 / GM-100 AAC-300 AAC-500S/D NC-100-N (No field communication modules) NC-100-B (BACnet MS/TP) NC-100-L (BACnet LonTalk) NC-50 (BACnet MS/TP) GM-100 (BACnet MS/TP) 32-Bit RISC CPU SRAM data backup 4 Channel communication ports (RS-485) for other system interfaces Communcation port options (BACnet MS/TP or BACnet LonTalk) Remote firmware upgrade LCD & LED displaying device status AAC-300 (BACnet/IP) AAC-500S (BACnet/IP, Standard I/O) AAC-500D (BACnet/IP, Digital I/O) 32-Bit RISC CPU SRAM data backup Support programmable logics compliant with IEC standard (FBD) ports (BACnet/IP, RS-232) Remote firmware upgrade LCD & LED displaying device status Numeric keypad allows local control & monitoring I/O expansion module can accommodate the additional points AAC-500S/D included Internal web browser functionality for setup and monitoring ARM9 32-Bit RISC Max. 20 VA BACnet/IP Memory ARM9 32-Bit RISC Max. 20 VA BACnet/IP (Ethernet, Wireless LAN Option) 1 F / 5.5 V, Super Cap. (Min. 3hrs) Memory Field Controller Addressing NC-100-N NC-100-B NC-100-L NC-50 GM-100 3rd Party 1 F / 5.5 V, Super Cap. (Min. 3hrs) Each port can support up to 30 controllers No field communication module (Option) BACnet MS/TP (Bus) - 4 EA BACnet LonTalk (FTT-10A, Free or Bus Topology) BACnet MS/TP (Bus) - 1 EA BACnet MS/TP (Bus) - 1 EA RS EA Programmable (Using terminal program) Inputs and outputs Resolution AAC-300 AAC-500S AAC-500D Analog Inputs Universal Inputs Digital Inputs Analog Outputs Universal Outputs Digital Outputs Analog Input Analog Output UI x 8, DI x 2, UO x 4, DO x 4 AI x 8, DI x 8, UI x 4, AO x 8, DO x 8, UO x 4 DI x 20, DO x Ω 0-10 VDC, 0-20 ma Ω 0-10 VDC, 0-20 ma, Binary Dry Contact Binary Dry Contact 0-10 VDC (Max. Current 10 ma/ch) 0-10 VDC (Max. Current 10 ma/ch) or Relay BO (Max. 250 VAC, 1 A) Relay output (Max. 250 VAC, 1 A) 16-bit AAC-300 : 12-bit (±200 mv in 0-10 VDC) AAC-500S : 8-bit (±200 mv in 0-10 VDC) NC-100 NC-50, GM-100 NC-100 NC-50, GM mm x 306 mm x 60 mm 210 mm x 155 mm x 57 mm 1.6 Kg 600 g Controller Addressing DIP switch set, 1 to 127 AAC-300 AAC-500S/D 120 mm x 240 mm x 40 mm 135 mm x 275 mm x 55 mm Terminal BACnet MS/TP or LonTalk : 3-Wire pluggable screw terminal blocks Power : 4-Wire pluggable screw terminal block 3rd party communication port: 3-Wire pluggable screw terminal blocks AAC-300 AAC-500S/D 670 g 1.5 Kg UL, CE Mark, KC, BTL (B-BC, BACnet Building Controller) Terminal NXM-Bus: NXM-Bus : 3-Wire pluggable screw terminal blocks UL, CE Mark, KC, BTL (B-BC, BACnet Building Controller) 12 Samsung SDS 13

8 BACnet MS/TP based Controller The BTL certified (B-BC) SDC-100 BACnet controller connects network controllers through the BACNet MS/TP protocol. It features independent monitoring, control, scheduling & alarm, event management, data trend/logging, and energy management. Up to 30, NXM-IO modules can be connected for input/output expansion. The SDC-100S (Standard) model features both digital and analogue I/O ports (AI/AO/DI/DO) while the SDC-100D model only supports digital I/O (DI/DO) ports. VAV Controller The VC-100 controller is utilized in VAV (Variable Air Volume) applications by controlling an external damper actuator and differential air pressure sensor to regulate airflow to maintain a comfortable indoor environment (external actuator and sensor required). The VC-100 model supports BACnet MS/TP telecommunication. MVC-150 is an internal damper-type VAV controller that supports the BACnet MS/TP telecommunication protocol. Desired room conditions are maintained by controlling air volume through the adjustment of the internal actuator damper aperture (internal pressure sensor and actuator included). SDC-100S/D VC-100 MVC-150R/V SDC-100S (Standard I/O) SDC-100D (Digital I/O) 32-Bit RISC CPU SRAM data backup Support programmable logics compliant with IEC standard (FBD) ports (BACnet/IP, RS-232) Remote firmware upgrade LED and 7-segment used for status indication Monitoring and control through OT port I/O expansion module can accommodate the additional points VC-100 (BACnet MS/TP) MVC-150-R (BACnet MS/TP, Rotary type damper) MVC-150-V (BACnet MS/TP, Venturi type damper) 32-Bit RISC CPU BACnet MS/TP communication Remote firmware upgrade PI Control : Temperature and air flow control by using VAV specific embedded PI control logic LED and 7-segment equipment status indicator Setting and Restoration Setting data is stored in flash memory Able to upload setting data stored in the flash Damper actator and pressure sensor are built-in (MVC-150R/V Only) Cortex-M3 32-Bit RISC Max. 20 VA Cortex-M3 32-Bit RISC 24 VAC (Min. 20 VAC / Max. 30 VAC ), 50/60 Hz Max. 20 VA BACnet MS/TP, Wireless (Option, Using Z-CONVERTER) Memory Inputs and Outputs (SDC-100S) Inputs and Outputs (SDC-100D) Resolution 0.47 F / 5.5 V, Super Cap. (Min. 3hrs) Controller Addressing DIP switch set, 1 to 31 Terminal Digital Inputs Analog Inputs Digital Outputs Analog Outputs Digital Inputs Digital Outputs Analog Input Analog Output BACnet MS/TP(Bus) RS Port (NXM-Bus, Max. 30 I/O modules can be connected) DI x 8, AI x 8, DO x 8, AO x 8 8 Channels : Binary Dry Contact 8 Channels : Ω 0-10 VDC, 0-20 ma 8 Channels : Relay Outputs (Max. 250 VAC, 1 A) 8 Channels : 0-10 VDC (Max. Current 10 ma/ch) DI x 16, DO x Channels : Binary Dry Contact 16 Channels : Relay Outputs (Max. 250 VAC, 1 A) 16-bit 8-bit (±200 mv in 0-10 VDC) 127 mm x 217 mm x 51 mm 800 g BACnet MS/TP, NXM-Bus : 3-Wire pluggable screw terminal blocks Inputs and Outputs Actuator Type Resolution Controller Addressing DIP switch set, 1 to 30 Terminal VC-100 MVC-150-R/V Analog Inputs Digital Inputs Analog Outputs Digital Outputs MVC-150-R MVC-150-V Analog Input Analog Output VC-100 MVC-150-R/V VC-100 MVC-150-R/V AI x 3 (1 Voltage, 1 RTD, 1 VR), DI x 1, AO x 2, DO x 4 AI x 2 (1 RTD, 1 VR), DI x 1, AO x 1, DO x 4 Voltage : 0-10 VDC (Max. Current 10 ma) RTD : Ω VR : 0-10K Ω VR Binary Dry Contact 0-10 VDC (Max. Current 10 ma/ch) 24 VAC Triac (Internal or External Power Selectable) 5 Nm Rotary Damper 5 Nm Venturi Damper 16-bit 12-bit (±200 mv in 0-10 VDC) 180 mm x 164 mm x 56 mm 200 mm x 155 mm x 78 mm 330 g 750 g BACnet MS/TP : 3-Wire pluggable screw terminal blocks UL, CE Mark, KC, BTL (B-BC, BACnet Building Controller) VC-100 CE Mark, KC, FCC, BTL (B-ASC, BACnet Application Specific Controller) 14 Samsung SDS 15

9 VAV Wireless Converter Used in conjunction with the Samsung SDS VAV(Variable Air Volume) Controllers such as VC-100, MVC-150, Z-CONVERTER is a wireless communication converter that can switch the wired communication to the wireless network IEEE Using Z-CONVERTER can build MVC-150 and VC-100 wirelessly. FCU Controller The WPC-100 is a BACnet MS/TP networked fan coil unit controller that provides control of fan coil units, heaters, or other similar equipment. It has 5 touchs input and a 7-segment display for simple operation. The WPC-100 supports 3 types of valves(on/off, Floating, and Proportional) and 3 fan-speed phases. Auxiliary binary output is also provided for controlling lighting or auxiliary equipment. Z-CONVERTER WPC-100 VC-NET Atmel Mega Core Wireless network status monitoring Optimized wireless channel selection WPC Bit RISC CPU BACnet MS/TP communication Remote firmware upgrade 5 Touch key and 7-segment screen indicator Universal input/output ports Valve control function with PI control algorithm Atmel Xmega 256 ACDC 24V, 200 ma (Max.) Cortex-M3 32-Bit RISC 5W (Max.) Max. 20 VA Controller Addressing RS-485 (BACnet MS/TP), IEEE DIP switch set, 1 to 30, Wireless Chnnel Select : Rotary Switch 95 mm x 73 mm x 19 mm 80 g Inputs and Outputs Resolution Analog Inputs Digital Inputs Universal Inputs Digital Outputs Analog Inputs Analog Output BACnet MS/TP AI x 1, DI x 2, UO x 2, DO x Ω 0-10 VDC, 9-12 K Ω, 4-20 ma 2 Channels : Binary Dry Contact 2 Channels : 0-10 VDC (Max. Current 10 ma/ch) or Relay BO (Max. 24VAC, 1A) 4 Channels : Relay Outputs (Max. 24VAC, 1 A) 16-bit 12-bit (±200 mv in 0-10 VDC) CE Mark, KC Controller Addressing Programmable (Using Touch Key) Dimensions(H W D) 120 mm x 120 mm x 25 mm 200 g Terminal BACnet MS/TP : 3-Wire pluggable screw terminal blocks UL, CE Mark, KC, BTL(B-BC, BACnet Building Controller) Fan & Valve Control Algorithm Type FAN Control Algorithm Valve Control Algorithm Description 3 Steps (High, Middle, Low), Control : Manual / Auto 2 Pipe On / Off Control, 2 Pipe Flow Control, 2 Pipe Proportional Control 16 Samsung SDS 17

10 Analog and Binary Extension Module for Digital Controllers Analog and Binary Extension Module for Network Controllers The NXM-IO are extension modules for digital controllers that are used for expanding analog modules and binary points. Digital controllers physically support 4 types of NXM-IO(AI/AO/DI/DO) port depending on the physical characteristics of target objects. For scalability, a maximum of 30 NXM-IO may be connected to each digital controller via NXM-Bus(RS-485) regardless of NXM type. The NXM-VFD is a communication module offering legacy protocol support which provides an interface to various protocols and transmits information. BXM-IO is a BTL-certified (B-ASC) expansion module for analog and binary data collection points. Its main role is to connect BACnet modules to a network controller using the BACnet MS/TP protocol. Sub-modules are connected to a digital controller through a NXM-Bus (RS-485) network. Depending on the physical characteristics of the monitored object, up to 15 modules may be connected together. NXM-AI/AO/DI/DO/VFD BXM-MA BXM-AI BXM-AO BXM-DI BXM-DO BXM-EX BXM-PWR NXM-AI (Analog input expansion module) NXM-AO (Analog output expansion module) NXM-DI (Binary input expansion module) NXM-DO (Binary output expansion module) NXM-VFD (Legacy protocol communication module) 32-Bit RISC CPU NXM-IO Digital Controller (SDC-100 or AAC-300) I/O expansion module NXM-VFD RS-485 communications interface - Interface with other vendor systems Setting and monitoring inverter communications BXM-MA (BACnet MS/TP or NXM-Bus telecommunication and power) BXM-AI (Analog input expansion module) BXM-DI (Binary input expansion module) BXM-AO (Analog output expansion module) BXM-DO (Binary output expansion module) BXM-PWR (30W Power module) BXM-EX (UI 20CH, UO 12CH expantion module) Easy BXM-IO Module addition and removal BACnet MS/TP I/O expansion module Cortex-M3 32-Bit RISC Cortex-M3 32-Bit RISC Inputs and Outputs Resolution Controller Addressing NXM-AI NXM-AO NXM-DI NXM-DO NXM-VFD Analog Input Analog Output Max. 20 VA RS-485 (NXM-Bus) 8 Channels : Ω 0-10 VDC, 0-20 ma 1-4 Channels : 0-10 VDC (Max. Current 10 ma/ch) or 4-20 ma 5-8 Channels : 0-10 VDC (Max. Current 10 ma/ch) 8 Channels : Binary Dry Contact 8 Channels : Relay Ouputs (Max. 250 VAC, 1 A) 3rd Party : RS Port 16-bit 8-bit (±200 mv in 0-10 VDC) DIP switch set, 1 to 30 Inputs and Outputs Resolution BXM-MA BXM-AI BXM-DI BXM-AO BXM-DO BXM-PWR BXM-EX Analog Input Analog Output Max. 30 VA RS-485 (BACnet MS/TP) Power Supply DC 15V, 2 A (Max.) 8 Channels : Ω 0-10 VDC, 0-20mA 8 Channels : Binary Dry Contact 1-4 Channels : 0-10 VDC (Max. Current 10 ma/ch) or 4-20 ma 5-8 Channels : 0-10 VDC (Max. Current 10 ma/ch) 8 Channels : Relay Outputs (Max. 250VAC, 1A) 15 VDC 2 A (Max. Isolated) UI 20 Channels : Ω 0-10 VDC, 0-20 ma, Binary Dry Contact UO 12 Channels : 0-10 VDC (Max. Current 10 ma/ch) or Relay BO (Max. 250 VAC, 1 A) 16-bit 8-bit (±200 mv in 0-10 VDC) Terminal 102 mm x 137 mm x 67 mm 270 g (Max.) NXM-Bus : 3-Wire pluggable screw terminal blocks CE Mark, KC, FCC Controller Addressing DIP switch set, 1 to 31 BXM-MA BXM-AI/AO/DI/DO/PWR BXM-EX BXM-MA/AI/AO/DI/DO/PWR BXM-EX 140 mm x 84 mm x 57 mm 140 mm x 70 mm x 57 mm 140 mm x 255 mm x 57 mm 300 g (Max.) 600 g Terminal BACnet MS/TP : 3-Wire pluggable screw terminal blocks CE Mark, KC, FCC, BTL (B-ASC, BACnet Application Specific Controller) 18 Samsung SDS 19

11 Wireless AP, Router, Temperature and Humidity Sensor The and Z-ROUTER modules are used to communicate with wireless temperature and humidity sensors. Sensors are connected to an AP using the IEEE network protocol. Direct connection of the wireless temperature and humidity sensors to the module is possible using the Z-ROUTER. The Z-THSENSOR module sends temperature and humidity information over an IEEE wirelessnetwork. The module is capable of scanning network conditions and automatically selecting the best wireless channel (manual configuration possible). Z-WPT-100 Z-WPT-100 is a wireless controller attached to interior walls. Z-WPT-100 measures building temperature and humidity and provides measurement information as well as input temperature by user to the AP or controllers such as VC-100, MVC-150 through IEEE wireless network protocol. B-/NXM- Z-ROUTER-10 Z-THSENSOR-10 Z-WPT-100 B--10 (BACnet MS/TP network connection) NXM--10 (NXM-Bus network connection) Z-ROUTER-10 (Wireless network router) Z-THSENSOR-10 Atmel Mega Core Wireless network status monitoring Optimized wireless channel selection Running on low electricity (Z-THSENSOR-10) WPC-100W Atmel Mega Core Wireless network status monitoring Optimized wireless channel selection Measures building temperature and humidity Sets and presents temperature Z-ROUTER Z-THSENSOR-10 Cortex-M3 32-Bit RISC, Atmel Xmega 256 DC 5V, 50mA (Max.) DC 3V (AA Alkaline Battery x 2), 30 ma (Max.) Atmel Xmega 256 ACDC 24V, 200 ma (Max.) 5W (Max.) IEEE , Z-ROUTER Z-THSENSOR-10 Max. 5 VA Max. 100 mw 30 mw (Max.) 120 mm x 120 mm x 25 mm 160 g Controller Addressing DIP switch set, 1 to 30, Wireless Chnnel Select : DIP switch set, 11 to 26 Z-ROUTER / Z-THSENSOR-10 Controller Addressing Z-ROUTER / Z-THSENSOR-10 RS-485 (BACnet MS/TP or NXM-Bus), EEE IEEE DIP switch set, 1 to 30 DIP switch set, 1 to 30, Wireless Chnnel Select : Rotary Switch CE Mark, KC & Z-ROUTER / Z-THSENSOR mm x 84 mm x 57 mm, 200 g (Max.) 88 mm x 70 mm x 25 mm, 110 g (Max.) Terminal Z-THSENSOR-10 BACnet MS/TP or NXM-Bus : 3-Wire pluggable screw terminal blocks USB-mini Z-ROUTER / Z-THSENSOR-10 CE Mark, KC, FCC, BTL (B-ASC, BACnet Application Specific Controller) CE Mark, KC, FCC 20 Samsung SDS 21

12 Value Proposition Building owner Operator Tenant Why Samsung SDS? Increase Asset Value Increase asset value by providing converged service through a building platform Promote eco-friendly image Enhance management efficiency and business performance Enhance Operational Efficiency Extend equipment life time and enable efficient management Predict faults early on and reduce maintenance costs with performance analysis Lower energy costs through energy consumption analysis and operating guidance Boost Productivity Improve tenant satisfaction with differentiated service Ensure better productivity with increased comfort Enable operation anywhere, anytime using mobile devices Samsung SDS is here to help you innovating your building management. Total solution provider Provide a full package of device, solution, and service for energy efficiency and operational cost reduction. Global standard Comply with industrial standards and international certificates. (KC 1, CE 2, FCC 3, UL 4, BTL 5, EAC 6 ) Credibility Proven solutions that have numerous references such as offices, hospitals, data centers and discount store chains. 1 KC: Korea 2 CE: Communaute Europeenne Marking 3 FCC: Federal s Commission 4 UL: Underwriters Laboratories 5 BTL: BACnet Testing Laboratories 6 EAC: EurAsian Commission 22 Samsung SDS 23

13 Copyright 2016 Samsung SDS Co., Ltd. All rights reserved.